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SEDL / STP / STP1548-EB
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STP1548
Bearing Steel Technologies: 9th Volume, Advances in Rolling Contact Fatigue Strength Testing and Related Substitute Technologies
Beswick John
Pages: 422
Published: 2012
Other books in this series
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Twenty-two peer-reviewed papers cover the latest advances in bearing steel technologies. This information is vital to the service life of practically all automotive products, aerospace main line bearings, industrial machines, rotating equipment in non-industrial industries, manufacturing and processing industries, and energy generation equipment. Topics cover: • Rolling contact fatigue process and related test methods • Material quality related rolling contact fatigue testing • Substitute RCF metallurgical test methods • Material response analysis and rolling contact fatigue
Table of Contents
Rolling Contact Fatigue Testing, Bearing Life Prediction, and Steel Properties
Lund T.
Evaluation of Repaired Gas Turbine Engine Bearings Demonstrates Absence of Subsurface Fatigue Propagation in Appropriately Designed Applications
Beer O., Brock J., Mirring P., Streit E.
Structured Approach to Material Testing Ensures Reliable Introduction of New Technologies: Advances in Rolling Contact Fatigue Strength Testing and Related Substitute Technologies
Brock J., Mirring P., Streit E.
Rolling Contact Fatigue Strength Testing and Material Developments in Aerospace Bearings—A Retrospective Analysis
Ragen M., Zimmerman G.
Service Life Testing of Components with Defects in the Rolling Contact Fatigue Zone
Fuller A., Koester L., Tarawneh C., Turner J., Wilson B.
Near-race Ultrasonic Detection of Subsurface Defects in Bearing Rings
Alexander D., Fuller A., Koester L., Turner J., Wilson B., Zuhlke C.
Steel Cleanliness and Bearing Life
Rösch S., Trojahn W.
Rolling Contact Fatigue Evaluation of Materials Using the NTN-SNR FB2 Test Rig—A Useful Piece of Equipment for the Qualification of Steels and Steelmakers and for Research
Dierickx P., Dudragne G., Girodin D., Sidoroff C.
Rolling Contact Fatigue Testing of Stainless Steel and Cobalt-based Components Using Water as the Lubricant
Han B., Kahlman L., Sherif M.
Gigacycle Fatigue: A New Tool for Exploring Bearing Steel
Bathias C.
Rotating Beam Testing of Bearing Steels— An Effective Rolling Contact Fatigue Test Complement
Lund T., Ryden K.
Rolling Contact and Compression-Torsion Fatigue of 52100 Steel with Special Regard to Carbide Distribution
Bomas H., Burkart K., Schroeder R., Zoch H.
Development of Ultrasonic Torsional Fatigue Tester to Evaluate Rolling Bearing Steels
Ishii H., Matsubara Y., Sakanaka N., Shimamura Y.
Improvement in Efficiency of Ultrasonic Tests for the Macroscopic Inclusions Evaluation
Aoyama Y., Takasu I., Unigame Y.
Advanced Methods for Assessing the Quality of Bearing Steels
Carey S., Morris P.
Raceway Grooving: A Tool for Monitoring Microstructural Changes
Andersson J., Olund P., Wicks G.
Comparison of the Microstructural Changes and X-ray Diffraction Peak Width Decrease during Rolling Contact Fatigue in Martensitic Microstructures
Gegner J., Nierlich W.
Material Response Bearing Testing under Vibration Loading
Gegner J., Nierlich W.
Metal Physics and Rolling Contact Fatigue Testing
Slycke J., Vegter R.
Rolling Contact Fatigue in Bearings: Phenomenology and Modelling Techniques
Rivera-Díaz-del-Castillo P.
Monte Carlo Comparison of Weibull Two and Three Parameters in the Context of the Statistical Analysis of Rolling Bearings Fatigue Testing
Blachère S., Gabelli A.
Influence of Fiber Flow on Rolling Contact Fatigue Life: Model Validation for Non-Metallic Inclusion
Baudry G., Fazekas A., Meheux M., Stienon A., Vincent A.
Author and Subject Index
Committee: A01
Paper ID: STP1548-EB
DOI: 10.1520/STP1548-EB
ISBN-EB: 978-0-8031-7567-9
 ASTM International is a member of CrossRef.
978-0-8031-7534-1
STP1548-EB
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